cluagents.com

🛡️ P&C Insurance · Fraud Detection · Kinesiology

Kinesiology Claims Fraud Detection: False Licenses, Session Inflation and Rings Caught Before Payment

Fraud Sentinel™ — 3-Layer Defense for Kinesiology Claims

CLU + Aictive: Gatekeeper, Enforcer, and Watchdog layers detect false licenses, session inflation, and organized rings — pre-payment, not post-investigation.

Solution design · numbers modeled on the operation described

3 Layers
Defense depth: Gatekeeper · Enforcer · Watchdog
4 Weeks
Implementation timeline (2 weeks discovery + 2 weeks go live)
150+
Enterprise connectors — GDPR-compliant, immutable audit trails
Traditional fraud units investigate after payment — the financial damage is done, recovery is expensive, and the ring has already moved on to the next scheme. Pre-payment detection is the only defense that actually works.

// the problem

Practitioners operating with invalid, expired, or fabricated credentials cannot be caught by manual verification at volume. Session inflation, phantom appointments, and treatments extended beyond clinical justification are invisible in claim-by-claim review. Simulated injuries with exaggerated conditions pass basic clinical checks without cross-referencing behavioral patterns. Organized fraud rings — coordinated networks of providers, patients, and intermediaries — are impossible to detect without graph analysis across the full claims ecosystem. Traditional detection is reactive: investigation happens after payment, recovery is expensive, and fraud rings move on before detection.

// what CLU does

CLU + Aictive deploy a 3-layer autonomous defense for pre-payment fraud detection. Layer 0 (Gatekeeper) validates provider credentials in real time, cross-references license databases, and checks session frequency against clinical norms — blocking suspicious claims at intake. Layer 1 (Enforcer) applies Aictive's ML behavioral pattern models — detecting session inflation, billing anomalies, and treatment inconsistencies with confidence-scored decisions: auto-block, flag for review, or pass. Layer 2 (Watchdog) runs graph analysis across the full provider-patient network — identifying organized rings, tracking evolving patterns, and triggering recovery on previously paid fraudulent claims. Face Verify Agent provides biometric confirmation at point of treatment.

// the agents, in order

  1. 1
    Gatekeeper Agent (Layer 0)
    Validates provider credentials in real time against license databases — blocks practitioners with invalid, expired, or fabricated credentials at intake, before claims enter the pipeline
  2. 2
    Session Frequency Checker
    Cross-references claimed sessions against clinical norms and treatment guidelines — flags billing anomalies and extensions beyond clinical justification
  3. 3
    Enforcer Agent (Layer 1)
    Behavioral pattern analysis using Aictive's ML models — detects session inflation and treatment inconsistencies, scores each claim: auto-block / flag for review / pass
  4. 4
    Face Verify Agent
    Biometric verification for high-risk sessions — confirms patient identity at point of treatment, eliminating phantom appointments and identity fraud
  5. 5
    Watchdog Agent (Layer 2)
    Graph analysis across full provider-patient network — identifies organized fraud rings, tracks evolving patterns, triggers recovery actions on previously paid fraudulent claims
  6. 6
    SOA Security Agent
    24/7 monitoring with immutable audit trails for every decision — every flag, block, and approval is explainable and GDPR-compliant

// systems it talks to

  • License Registry API
  • Aictive ML Fraud Models
  • Biometric Face Verify
  • Claims Graph DB
  • Recovery Management API
  • GDPR Audit Trail

// the economics

Pre-payment detection vs. post-payment investigation · Graph-based ring detection · 4-week deployment

// CLU · the agent factory

Is your operation like this one?

Describe it in your own words on the home page. CLU draws your process as an operation map, with the agents, the systems and an estimate for your volume.

// more cases in P&C Insurance

all use cases